Correct predictions are in blue. If we detect only a subset of a labelled sentence, we highlight the caught part as blue, the missing part light blue. False positives are in green and false negatives are in red.

Problem 008 (Vessel loading) — Constraint detection

Supply vessels transport containers from site to site . The deck area is rectangular . Containers are cuboid , and are laid out in a single layer . All containers are positioned parallel to the sides of the deck . The contents of the containers determine their class . Certain classes of containers are constrained to be separated by minimum distances either along the deck or across the deck . ` The vessel loading decision problem is to determine whether a given set of containers can be positioned on a given deck , without overlapping , and without violating any of the separation constraints . The problem can be modelled as packing of a set of rectangles into a larger rectangle , subject to constraints . In practice , the layout may be further constrained by the physical loading sequence . Containers are manoeuvred into position from the south east corner . Each successive container in the loading sequence must be positioned so that it abuts part of another container or a deck wall both to the north and to the west .

Problem 008 (Vessel loading) — Detection of the decisions and objects to be modeled

Supply vessels transport containers from site to site . The deck area is rectangular . Containers are cuboid , and are laid out in a single layer . All containers are positioned parallel to the sides of the deck . The contents of the containers determine their class . Certain classes of containers are constrained to be separated by minimum distances either along the deck or across the deck . ` The vessel loading decision problem is to determine whether a given set of containers can be positioned on a given deck , without overlapping , and without violating any of the separation constraints . The problem can be modelled as packing of a set of rectangles into a larger rectangle , subject to constraints . In practice , the layout may be further constrained by the physical loading sequence . Containers are manoeuvred into position from the south east corner . Each successive container in the loading sequence must be positioned so that it abuts part of another container or a deck wall both to the north and to the west .

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